3.6kW 24V Solar Hybrid Inverter With MPPT Charging Twin AC Output

3.6kW 24V Hybrid Solar Inverter with MPPT Charging and Twin AC Output

This hybrid solar inverter combines 3.6kW pure sine wave output, MPPT solar charging, 24V battery integration and twin AC output functions in one compact unit. It is suitable for residential, office, retail and small solar backup projects that require coordinated use of solar energy, battery storage and an available AC source.

The main and secondary AC outputs allow project wiring to organize different load groups. Both outputs share the same 3.6kW total power limit, helping installers separate important equipment from loads that can be managed when stored energy is limited.

3.6kW Pure Sine Wave AC Output

The inverter supplies 220V or 230V AC output with automatic 50Hz or 60Hz operation. Pure sine wave output supports compatible lighting, computers, televisions, refrigeration and other household or light commercial equipment.

Pumps, compressors, refrigerators and other motor-driven loads should be checked for both running power and startup demand. The combined load connected to the two output channels must remain within the inverter rating.

Source transfer time is listed as 10ms in computer mode and 20ms in household-appliance mode. Equipment response can vary, so continuous operation should be assessed according to the connected device.

MPPT Solar and 24V Battery Integration

The MPPT charger operates across a 60–500Vdc photovoltaic voltage range, with a maximum PV open-circuit voltage of 500Vdc and a maximum solar input current of 18A.

The solar string should be designed according to panel voltage, temperature coefficient and the number of modules connected in series. Cold-weather open-circuit voltage must remain below the inverter limit.

The inverter uses a 24V battery platform and supports RS485 communication with compatible lithium batteries. Battery capacity, discharge-current capability and communication requirements should be confirmed before ordering.

Flexible Charging and System Monitoring

Solar charging, AC charging and combined charging are each listed with a maximum current of 100A. The actual setting should be selected according to the connected battery rather than automatically using the maximum inverter value.

Lithium battery activation can be initiated through photovoltaic or utility input. The inverter also includes an LCD, RS232, RS485 and dry-contact interfaces, while built-in WiFi is available as an optional configuration.

Parallel operation is not supported. Projects requiring more than 3.6kW of continuous output should select a higher-power inverter rather than planning multiple units in parallel.

3.6kW Hybrid Solar Inverter Specifications

3.6kW Solar Inverter FAQ

Can both AC outputs supply 3.6kW simultaneously?

No. The two channels share a combined continuous output limit of 3.6kW.

Can it communicate with a lithium battery?

RS485 lithium battery communication is supported, but compatibility should be confirmed for the selected battery model.

Can the inverter operate pumps or refrigeration equipment?

Possibly, but running power, startup demand and other simultaneous loads must be reviewed.

Can several units operate in parallel?

No. Parallel operation is not supported by this configuration.

What information is required for a quotation?

Provide the load list, motor startup power, battery specification, PV module data, local AC standard and project quantity.

Check Battery, PV and Load Compatibility